New Energy Automotive
Precision measurement solutions for electric and hybrid vehicle manufacturing and battery assembly.
Driving Precision in Electrification
The rise of electric and hybrid vehicles has introduced new manufacturing demands centered on ultra-tight tolerances, high-volume battery assembly, and precision motor components. As performance, range, and safety hinge on component accuracy, metrology has become a critical enabler across EV powertrain and structural production lines.
Unlike traditional combustion vehicles, new energy platforms rely on dense, thermally sensitive assemblies—like pouch cells, busbars, stators, and rotor housings—where even sub-millimeter deviations can lead to efficiency losses or safety risks. In this fast-evolving field, inspection systems must keep pace with high-throughput environments, rapid design iterations, and vertically integrated supply chains.
Challenges in EV and Hybrid Component Metrology
Battery Cell Uniformity
Tight control over electrode alignment, terminal positioning, and cell flatness is essential for thermal safety and energy efficiency.
Motor and Gear Component Precision
Stator slot width, rotor concentricity, and shaft alignment require micrometer-scale measurement at production speed.
Busbar and Connector Validation
These conductive elements must meet electrical clearance and mechanical fit standards, often with minimal margin for error.
Reflective & Mixed Materials
Copper, aluminum, ceramics, and polymer coatings present optical challenges for traditional inspection systems.
Fast-Cycle Inspection
Assembly lines for battery modules and drive units demand full-surface, in-line measurements without slowing production.
Where Conventional Metrology Falls Short
Most legacy systems are optimized for slower, rigid geometries and often lack the flexibility or speed needed for EV component inspection. Manual measurement workflows can't scale with gigafactory-level output, while traditional vision systems may fail to resolve fine details on reflective or layered surfaces.
Fermi Vision's Advantage
Fermi Vision offers high-speed, non-contact metrology systems equipped with adaptive optics, programmable illumination, and CAD-integrated workflows—ideal for the inspection of high-mix EV components.
Our platforms support precision inspection of battery tabs, busbars, stator profiles, and more—delivering sub-second measurement cycles without compromising on accuracy. Whether in pilot lines or full-scale production, Fermi Vision empowers EV manufacturers to scale innovation with confidence and control.